-For accomplishment targets of the project equations were derived for the stress tensor components of an elastic Earth with liquid core, mathematical ratio was obtained to characterise the relative inputs of mass redistribution and surface variations in the temporal variations of moment of inertia due to deformation. The MacCullagh equation was generalised.
-The original rotation speed of the Earth (4 Ga BP) was estimated with the use of paleorotation data. The relation of the rotation and the geomagnetic field was investigated too. Our results support the ''giant impact'' theory of Moon formation and show impossibility of theories of origin of the life on the Earth based on fast rotation.
-In case of short periodic (annual/sub-annual) changes in Earth's rotation we concluded that the time-variations of earthquake occurrences is influenced by irregularities in axial rotation. There is a possible tidal triggering of earthquakes in frequency band of zonal tides. It was shown by us that the changes of polar motion are in a 25 day delay relative to global temperature variations.
-Microbarometer was developed and used to study atmospheric mass redistributions with an aim to investigate their effect on Earth rotation.
-As a result of our seismological investigations a procedure was introduced to estimate the time interval of characteristic earthquakes in case of different seismological regions.

Gy. Mentes: Atmospheric tide obtained by the microbarograph developed at the Geodetic and Geophysical Research Institute of the Hungarian Academy of Sciences, Acta Geod. Geoph. Hung., 39(1), 39-48, 2004